Lockout Procedure

Lockout Procedure / Conveyors and packaging

Industrial robot cell lockout procedure

A industrial robot cell holds electrical, pneumatic and gravity energy. Here is where it hurts people, and the procedure for yours: the placard for the machine and the written procedure for the binder.

E1P1G13 energy sources on a typical industrial robot cell

Where a industrial robot cell hurts people

  • The cell gate interlock and the teach pendant E-stop do not isolate energy.
  • A vacuum or air gripper can drop its part when air is cut. Put the part down first.
  • Arm axes can fall when their brakes are released for service.

Write the procedure for your industrial robot cell

List every source of energy that can move, power or hurt. The placard builds as you go, and the checks run on every change.

Who works on it

Energy sources

    Add a source

    Other packaging machines

    Every machine · What makes a procedure machine-specific

    A lockout station board with rows of red safety padlocks, danger tags and breaker lockouts

    For the industrial robot cell's lockout station

    The devices the placards call for. One lock per person, a tag on every lock.

    • SAFBY safety padlocks, keyed differently, 10 packOne lock per person, numbered, each opened only by its own key.
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    • TRADESAFE "Danger: Do not operate" tags, 30 packVinyl tags with ties, a line for the name, one on every lock.
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    • TRADESAFE adjustable ball valve lockout, 2 packCloses over a ball valve handle from 1/2 to 4-1/4 in pipe, for air, water and gas lines.
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    • Master Lock 421 group lockout haspSix locks on one isolation point, for a crew working on the same machine.
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    • Master Lock 1457E410KA lockout tagout kitA personal kit for one authorized employee: padlocks, hasps, tags and electrical lockouts in a pouch.
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